node1 | node2 | node1 accession | node2 accession | node1 annotation | node2 annotation | score |
KNF07195.1 | grdA | CLPU_21c00130 | CLPU_1c02950 | Protein of unknown function DUF3343; Hypothetical protein DUF3343. | Glycine/sarcosine/betaine reductase complex component A; In the first step of glycine, betaine and sarcosine reductases, the substrate is bound to component PB via a Schiff base intermediate. Then the PB-activated substrate is nucleophilically attacked by the selenol anion of component PA to transform it to a carboxymethylated selenoether and the respective amine. By action of component PC, acetyl phosphate is formed, leaving component PA in its oxidized state. Finally component PA becomes reduced by the thioredoxin system to start a new catalytic cycle of reductive deamination. | 0.491 |
KNF07195.1 | grdB | CLPU_21c00130 | CLPU_1c02940 | Protein of unknown function DUF3343; Hypothetical protein DUF3343. | Glycine reductase complex component B subunit gamma. | 0.486 |
KNF07195.1 | grdC | CLPU_21c00130 | CLPU_1c02930 | Protein of unknown function DUF3343; Hypothetical protein DUF3343. | Glycine/sarcosine/betaine reductase complex component C subunit beta. | 0.420 |
KNF07195.1 | grdD | CLPU_21c00130 | CLPU_1c02920 | Protein of unknown function DUF3343; Hypothetical protein DUF3343. | Glycine/sarcosine/betaine reductase complex component C subunit alpha; Catalyzes the reversible formation of acyl-phosphate (acyl- PO(4)) from acyl-[acyl-carrier-protein] (acyl-ACP). This enzyme utilizes acyl-ACP as fatty acyl donor, but not acyl-CoA. | 0.471 |
KNF07195.1 | grdE | CLPU_21c00130 | CLPU_1c02960 | Protein of unknown function DUF3343; Hypothetical protein DUF3343. | Glycine reductase complex component B subunit alpha and beta. | 0.496 |
KNF07195.1 | grdI | CLPU_21c00130 | CLPU_35c00040 | Protein of unknown function DUF3343; Hypothetical protein DUF3343. | Betaine reductase complex component B subunit alpha. | 0.444 |
grdA | KNF07195.1 | CLPU_1c02950 | CLPU_21c00130 | Glycine/sarcosine/betaine reductase complex component A; In the first step of glycine, betaine and sarcosine reductases, the substrate is bound to component PB via a Schiff base intermediate. Then the PB-activated substrate is nucleophilically attacked by the selenol anion of component PA to transform it to a carboxymethylated selenoether and the respective amine. By action of component PC, acetyl phosphate is formed, leaving component PA in its oxidized state. Finally component PA becomes reduced by the thioredoxin system to start a new catalytic cycle of reductive deamination. | Protein of unknown function DUF3343; Hypothetical protein DUF3343. | 0.491 |
grdA | grdB | CLPU_1c02950 | CLPU_1c02940 | Glycine/sarcosine/betaine reductase complex component A; In the first step of glycine, betaine and sarcosine reductases, the substrate is bound to component PB via a Schiff base intermediate. Then the PB-activated substrate is nucleophilically attacked by the selenol anion of component PA to transform it to a carboxymethylated selenoether and the respective amine. By action of component PC, acetyl phosphate is formed, leaving component PA in its oxidized state. Finally component PA becomes reduced by the thioredoxin system to start a new catalytic cycle of reductive deamination. | Glycine reductase complex component B subunit gamma. | 0.954 |
grdA | grdC | CLPU_1c02950 | CLPU_1c02930 | Glycine/sarcosine/betaine reductase complex component A; In the first step of glycine, betaine and sarcosine reductases, the substrate is bound to component PB via a Schiff base intermediate. Then the PB-activated substrate is nucleophilically attacked by the selenol anion of component PA to transform it to a carboxymethylated selenoether and the respective amine. By action of component PC, acetyl phosphate is formed, leaving component PA in its oxidized state. Finally component PA becomes reduced by the thioredoxin system to start a new catalytic cycle of reductive deamination. | Glycine/sarcosine/betaine reductase complex component C subunit beta. | 0.949 |
grdA | grdD | CLPU_1c02950 | CLPU_1c02920 | Glycine/sarcosine/betaine reductase complex component A; In the first step of glycine, betaine and sarcosine reductases, the substrate is bound to component PB via a Schiff base intermediate. Then the PB-activated substrate is nucleophilically attacked by the selenol anion of component PA to transform it to a carboxymethylated selenoether and the respective amine. By action of component PC, acetyl phosphate is formed, leaving component PA in its oxidized state. Finally component PA becomes reduced by the thioredoxin system to start a new catalytic cycle of reductive deamination. | Glycine/sarcosine/betaine reductase complex component C subunit alpha; Catalyzes the reversible formation of acyl-phosphate (acyl- PO(4)) from acyl-[acyl-carrier-protein] (acyl-ACP). This enzyme utilizes acyl-ACP as fatty acyl donor, but not acyl-CoA. | 0.875 |
grdA | grdE | CLPU_1c02950 | CLPU_1c02960 | Glycine/sarcosine/betaine reductase complex component A; In the first step of glycine, betaine and sarcosine reductases, the substrate is bound to component PB via a Schiff base intermediate. Then the PB-activated substrate is nucleophilically attacked by the selenol anion of component PA to transform it to a carboxymethylated selenoether and the respective amine. By action of component PC, acetyl phosphate is formed, leaving component PA in its oxidized state. Finally component PA becomes reduced by the thioredoxin system to start a new catalytic cycle of reductive deamination. | Glycine reductase complex component B subunit alpha and beta. | 0.926 |
grdA | grdI | CLPU_1c02950 | CLPU_35c00040 | Glycine/sarcosine/betaine reductase complex component A; In the first step of glycine, betaine and sarcosine reductases, the substrate is bound to component PB via a Schiff base intermediate. Then the PB-activated substrate is nucleophilically attacked by the selenol anion of component PA to transform it to a carboxymethylated selenoether and the respective amine. By action of component PC, acetyl phosphate is formed, leaving component PA in its oxidized state. Finally component PA becomes reduced by the thioredoxin system to start a new catalytic cycle of reductive deamination. | Betaine reductase complex component B subunit alpha. | 0.804 |
grdA | grdX | CLPU_1c02950 | CLPU_1c02990 | Glycine/sarcosine/betaine reductase complex component A; In the first step of glycine, betaine and sarcosine reductases, the substrate is bound to component PB via a Schiff base intermediate. Then the PB-activated substrate is nucleophilically attacked by the selenol anion of component PA to transform it to a carboxymethylated selenoether and the respective amine. By action of component PC, acetyl phosphate is formed, leaving component PA in its oxidized state. Finally component PA becomes reduced by the thioredoxin system to start a new catalytic cycle of reductive deamination. | Gylcine reductase operon associated protein GrdX. | 0.854 |
grdA | trxA | CLPU_1c02950 | CLPU_1c02970 | Glycine/sarcosine/betaine reductase complex component A; In the first step of glycine, betaine and sarcosine reductases, the substrate is bound to component PB via a Schiff base intermediate. Then the PB-activated substrate is nucleophilically attacked by the selenol anion of component PA to transform it to a carboxymethylated selenoether and the respective amine. By action of component PC, acetyl phosphate is formed, leaving component PA in its oxidized state. Finally component PA becomes reduced by the thioredoxin system to start a new catalytic cycle of reductive deamination. | Thioredoxin TrxA; Belongs to the thioredoxin family. | 0.946 |
grdA | trxB | CLPU_1c02950 | CLPU_1c02980 | Glycine/sarcosine/betaine reductase complex component A; In the first step of glycine, betaine and sarcosine reductases, the substrate is bound to component PB via a Schiff base intermediate. Then the PB-activated substrate is nucleophilically attacked by the selenol anion of component PA to transform it to a carboxymethylated selenoether and the respective amine. By action of component PC, acetyl phosphate is formed, leaving component PA in its oxidized state. Finally component PA becomes reduced by the thioredoxin system to start a new catalytic cycle of reductive deamination. | Thioredoxin reductase TrxB. | 0.889 |
grdB | KNF07195.1 | CLPU_1c02940 | CLPU_21c00130 | Glycine reductase complex component B subunit gamma. | Protein of unknown function DUF3343; Hypothetical protein DUF3343. | 0.486 |
grdB | grdA | CLPU_1c02940 | CLPU_1c02950 | Glycine reductase complex component B subunit gamma. | Glycine/sarcosine/betaine reductase complex component A; In the first step of glycine, betaine and sarcosine reductases, the substrate is bound to component PB via a Schiff base intermediate. Then the PB-activated substrate is nucleophilically attacked by the selenol anion of component PA to transform it to a carboxymethylated selenoether and the respective amine. By action of component PC, acetyl phosphate is formed, leaving component PA in its oxidized state. Finally component PA becomes reduced by the thioredoxin system to start a new catalytic cycle of reductive deamination. | 0.954 |
grdB | grdC | CLPU_1c02940 | CLPU_1c02930 | Glycine reductase complex component B subunit gamma. | Glycine/sarcosine/betaine reductase complex component C subunit beta. | 0.877 |
grdB | grdD | CLPU_1c02940 | CLPU_1c02920 | Glycine reductase complex component B subunit gamma. | Glycine/sarcosine/betaine reductase complex component C subunit alpha; Catalyzes the reversible formation of acyl-phosphate (acyl- PO(4)) from acyl-[acyl-carrier-protein] (acyl-ACP). This enzyme utilizes acyl-ACP as fatty acyl donor, but not acyl-CoA. | 0.876 |
grdB | grdE | CLPU_1c02940 | CLPU_1c02960 | Glycine reductase complex component B subunit gamma. | Glycine reductase complex component B subunit alpha and beta. | 0.937 |